1·It was found that the highest circumferential stress exists in small artery of human.
并发现人体血管中，小动脉壁的周向应力最高。
2·The high pressure cylinder of the booster is a thick wall barrel which can bear the high periodic circumferential stress.
增压器高压腔体为承受周期性环向高应力的厚壁筒，在超高压下缸价内径与柱塞外径应变值不同，从而形成工作间隙。
3·The result of calculation indicates the value of circumferential stress is higher than any other stress in the whole body.
计算结果表明槽内部环向应力值大于其它任何部位、任一向的应力值。
4·Conclusion the approximate formula of circumferential stress and the absolute error is accepted, which is easy for the application.
结论周向应力的近似公式及其绝对误差的公式简单易行，便于临床应用。
5·Internal stress of welds seam for long distance pipeline is analyzed starting with any point of circumferential stress on pipe wall.
从钢管壁上任意一点的环向应力入手，分析了长输管道焊缝的内应力。
6·The internal stress is consisting of circumferential stress and axial stress, from which the compound stress of the weld seam is derived.
该内应力由环向应力和轴向应力构成，据此推导出了焊缝处的合成应力。
7·The load inside the aortic arch affects the value of circumferential stress and does not affect the distributing of circumferential stress.
内压载荷大小只是影响周向应力值的大小而不影响周向应力的分布；
8·The axial stress on the steel tube which appears on the contact region of the steel tube and mandril is larger than the radial and circumferential stress.
钢管周向和径向的应力值不大，而轴向应力值较大，最大轴向应力出现在钢管与芯模的接触部位。
9·Analysis and discussion was made on the influence of saddle position change on the axial stress, shearing stress and circumferential stress of the cylinder of double-saddle horizontal vessel.
针对鞍座位置(简称A值)的变化对双鞍座卧式容器筒体轴向应力、切向剪应力和周向应力的影响进行了分析和讨论。
10·The curves of lugs' maximal circumferential and tangent stress concentration factors with different thickness are got by calculating and analyzing the corresponding concentration factors of lugs.
通过对不同厚度耳片应力集中系数的计算及分析，得出了耳片最大周向应力集中系数及最大切向应力集中系数随厚度的变化规律曲线。